Summit Energy’s Peak Roofing division installed its first Solstice Solar Shingle System from CertainTeed in Hanover, Massachusetts.
Founded by solar veterans Eric Israelsen and Dallin Maw, Summit Energy has expanded its service area steadily and now offers solar and roofing solutions for homeowners and businesses in Massachusetts, New Hampshire, Maine, Vermont, Connecticut and Rhode Island. The Solstice Shingle System combines solar energy production into a low-profile roofing system that provides a uniform appearance integrating seamlessly with asphalt shingles.
“We are thrilled by the acceptance of this unique innovation in solar shingles. Homeowners who have been reluctant to adopt solar due to the aesthetics are finding this new product concept very appealing which combines the best in aesthetics and solar power production in the industry,” said Adam Graber, senior director of business development at Summit Energy. “We couldn’t be more excited about the overwhelming interest we’ve received from homeowners of this new breakthrough technology.”
Here’s what Peak Roofing’s first customer had to say about the Solstice Shingle,
“The experience of purchasing our first solar roof has been fantastic. The team at Summit Energy and Peak Roofing were extremely helpful throughout the selection and installation process. Our goal was to find a roof that was energy efficient yet aesthetically pleasing and budget friendly,” said Mark and Alicia of Hanover, Massachusetts. “The team at Summit suggested the CertainTeed Solstice Shingle, which was exactly what we had in mind. The Solstice Shingles blend perfectly with regular asphalt shingles and help maintain our home’s curb appeal. We’re especially excited to take advantage of savings on our electric bill for years to come!”
The Solstice Shingle a wind speed rating of 110 mph and are also rated to be installed in any wind zone including Florida’s high velocity hurricane zone. The Solstice Shingle is also watertight due to the water channel and raised fastener locations designed to provide added protection against water intrusion.
